About Phoenix CTMS
Phoenix CTMS is a clinical trial management system from Medical University of Graz that manages clinical trial processes. It includes an Inventory Module, Persons & Organisations Module, Courses & Trainings Module, Trials Module eCRF, and Subjects Module so researchers can effectively track and manage trial data and resources. The system is designed to improve organization and oversight of clinical studies, ensuring that all participating entities are well-coordinated. Phoenix CTMS provides capabilities for monitoring inventory data, managing participant information, scheduling training sessions, tracking trial progress, and managing subject-related information. Key capabilities: Inventory Module Persons & Organisations Module Courses & Trainings Module Trials Module eCRF Subjects Module Best for: research organizations that need to oversee clinical trial management efficiently.
Phoenix CTMS, developed by the Medical University of Graz, is a comprehensive web application designed to streamline clinical trial management. Its primary purpose is to support the operational and regulatory requirements of clinical research, making it an invaluable tool for Contract Research Organizations (CROs), hospitals, and clinics conducting clinical studies at any phase. The software combines the capabilities of a Patient Recruitment System (PRS), Clinical Trial Management System (CTMS), and Clinical Data Management System (CDMS) into one modular system, offering unmatched features for managing clinical trials efficiently. The user interface of Phoenix CTMS is intuitive and user-friendly, designed to facilitate ease of use even for those who may not be tech-savvy. The interface is clean and well-organized, with unique design elements that enhance navigation. Users can easily access various functionalities through a well-structured menu system, and the software supports unlimited JavaScript form scripting, both server-side and browser-side, allowing for customized and complex electronic case report forms (eCRFs). In terms of functionality and features, Phoenix CTMS stands out with its robust capabilities.
Pros & Cons
- +1. Cost: Open-source and free, significantly reducing initial investment costs.
- +2. Completeness: A comprehensive CTMS solution, offering a wide range of features typically found in paid software.
- +3. Security: PHI encryption protects sensitive patient data.
- +4. Trial Tracking: Enables efficient monitoring and management of clinical trials.
- +5. Easy Deployment: Simple installation on a standard Ubuntu system with a dedicated installer, lowering the technical barrier to entry.
- +6. Audit Trail: Built-in audit trail functionality supports regulatory compliance (e.g., 21 CFR Part 11, depending on implementation).
- +7. Customization: As an open-source solution, it likely allows for greater customization and adaptation to specific needs.
- +8. Community Support (Potential): Open-source projects often have community forums or resources that can provide support and assistance.
- −1. SQL Knowledge Required: Searching for key data (users, sites, CRFs) requires knowledge of SQL queries, potentially posing a challenge for non-technical users.
- −2. Pop-up Interface: The tab-based pop-up interface might become cumbersome and confusing when multitasking. This suggests a potentially less intuitive user experience.
- −3. Learning Curve: While installation is simplified, mastering the software and its quirks likely requires a learning period.
- −4. Support Limitations: Open-source software typically relies on community support, which might not be as readily available or comprehensive as commercial support. This could lead to delays in resolving issues.
- −5. Potential for Bugs: Open-source software, while often robust, might have undiscovered bugs or require more frequent updates and patches.
- −6. Integration Challenges: Integrating with existing systems might require custom development effort, depending on the APIs available.
- −7. Documentation Quality: The quality and completeness of the documentation might vary, which could impact the ease of learning and using the software effectively.
- −8. Long-Term Maintenance: While free initially, long-term maintenance, updates, and potential customization costs should be considered. Relying on community support for this can be a risk.
- −9. Scalability (Potential): While it may work well for smaller trials, the scalability of the system for large, complex, or multi-center trials needs to be assessed.
Features
Key features
- 1. Integrated PRS/CTMS/CDMS
- Combines patient registration system (PRS), clinical trial management system (CTMS), and clinical data management system (CDMS) functionalities into a single platform, streamlining data management and improving interoperability.
- 2. Web-Based Access
- Provides access to the system through a web browser, enabling convenient access from anywhere with an internet connection.
- 3. Comprehensive Clinical Trial Management
- Covers a wide range of clinical trial activities and data management needs, from study setup and patient enrollment to data collection and analysis.
- 4. ISO Certification Driven Development
- Developed based on requirements identified during ISO certification, ensuring adherence to quality standards and regulatory compliance.
- 5. User-Friendly Interface
- Offers a browser-based user interface designed to simplify daily tasks for site staff, from students to principal investigators.
- 6. Modular Design
- Organizes functionalities into seven system modules, allowing users to focus on specific areas of the clinical trial process.
Additional features
- 1. Relational Database (PostgreSQL)
- Stores clinical trial data in a structured format, ensuring data integrity and facilitating efficient data retrieval.
- 2. JEE (Java Enterprise Edition) Technology Stack
- Built using a robust and scalable technology stack suitable for enterprise-level applications.
- 3. Browser-Based User Interface
- Provides easy access to the system from any device with a web browser.
- 4. Patient Registration System (PRS) Integration
- Manages patient registration and demographic data within the system.
- 5. Clinical Trial Management System (CTMS) Functionality
- Supports various aspects of clinical trial management, including study setup, patient enrollment, and tracking.
- 6. Clinical Data Management System (CDMS) Functionality
- Handles clinical data collection, validation, and management.
- 7. Modular Design (7 Modules)
- Organizes features into modules for specific areas of clinical trial management. The specific modules aren't listed, but this implies a structured approach.
- 8. Focus on Regulatory Compliance
- Developed with ISO certification requirements in mind, ensuring adherence to relevant regulations.
- 9. Simplified Workflows
- Aims to streamline clinical trial processes and improve efficiency for site staff.
- 10. Data Accuracy
- Designed to improve the accuracy of clinical trial data through standardized processes and data validation.
- 11. System Consolidation
- Intended to consolidate various IT systems used in clinical trials into a single platform.
Pricing
Countries & Languages
Interface languages
Billing currencies
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About Phoenix CTMS
Phoenix CTMS is a clinical trial management system from Medical University of Graz that manages clinical trial processes. It includes an Inventory Module, Persons & Organisations Module, Courses & Trainings Module, Trials Module eCRF, and Subjects Module so researchers can effectively track and manage trial data and resources. The system is designed to improve organization and oversight of clinical studies, ensuring that all participating entities are well-coordinated. Phoenix CTMS provides capabilities for monitoring inventory data, managing participant information, scheduling training sessions, tracking trial progress, and managing subject-related information. Key capabilities: Inventory Module Persons & Organisations Module Courses & Trainings Module Trials Module eCRF Subjects Module Best for: research organizations that need to oversee clinical trial management efficiently.
Phoenix CTMS Details
Phoenix CTMS's In-App Market Place
Does Phoenix CTMS have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
1
Mini Apps
N/A
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), JPY (¥), AUD (A$), CAD (C$), CHF (Fr), CNY (¥), SEK (kr), NZD (NZ$), KRW (₩), SGD (S$), HKD (HK$), NOK (kr), MXN ($)
Pros & Cons
- 1. Cost: Open-source and free, significantly reducing initial investment costs.
- 2. Completeness: A comprehensive CTMS solution, offering a wide range of features typically found in paid software.
- 3. Security: PHI encryption protects sensitive patient data.
- 4. Trial Tracking: Enables efficient monitoring and management of clinical trials.
- 5. Easy Deployment: Simple installation on a standard Ubuntu system with a dedicated installer, lowering the technical barrier to entry.
- 6. Audit Trail: Built-in audit trail functionality supports regulatory compliance (e.g., 21 CFR Part 11, depending on implementation).
- 7. Customization: As an open-source solution, it likely allows for greater customization and adaptation to specific needs.
- 8. Community Support (Potential): Open-source projects often have community forums or resources that can provide support and assistance.
- 1. SQL Knowledge Required: Searching for key data (users, sites, CRFs) requires knowledge of SQL queries, potentially posing a challenge for non-technical users.
- 2. Pop-up Interface: The tab-based pop-up interface might become cumbersome and confusing when multitasking. This suggests a potentially less intuitive user experience.
- 3. Learning Curve: While installation is simplified, mastering the software and its quirks likely requires a learning period.
- 4. Support Limitations: Open-source software typically relies on community support, which might not be as readily available or comprehensive as commercial support. This could lead to delays in resolving issues.
- 5. Potential for Bugs: Open-source software, while often robust, might have undiscovered bugs or require more frequent updates and patches.
- 6. Integration Challenges: Integrating with existing systems might require custom development effort, depending on the APIs available.
- 7. Documentation Quality: The quality and completeness of the documentation might vary, which could impact the ease of learning and using the software effectively.
- 8. Long-Term Maintenance: While free initially, long-term maintenance, updates, and potential customization costs should be considered. Relying on community support for this can be a risk.
- 9. Scalability (Potential): While it may work well for smaller trials, the scalability of the system for large, complex, or multi-center trials needs to be assessed.
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